Given an equal volume of each, Mercury has by far the greater mass (weight) because its density is approximately 13.6gm/cc whereas water has a density of 1gm/cc; So the mercury is 13.6 times as heavy as water is.
Mercury, about 13 times a much, if I remember correctly.
1 ml of mercury, since they have us the same amount of volume.
Gold is more dense than water, meaning that any volume of gold has more mass than an equal volume of water has.
A liter of mercury has a larger mass as its density its much higher than water
This is a trick question. They both are one liter, the SI unit for volume. Is the question supposed to be which has a greater density?
The mass of 1 mL of water is 1 g. The density of water is 1 g/mL.
about 36.
1 gram.
2.2 pounds only if it is one liter of fresh water (mass = 1kg). Liters are units of volume. Pounds are units of mass. You can't convert directly.
A liter of water has a mass of about one kg.
A liter of water has approximately a mass of one kilogram.
The mass of one liter of water is about one kilogram. It does not matter if you check it on the moon, on the Earth, or on Jupiter.Weight, on the other hand, is different in those three places, but the question did not ask for weight, it asked for mass.
At 4 deg Celsius and 760 mm of mercury, the mass of 1 litre of water is 1 kilogram. The weight depends on the force of gravity which varies from one location to another.
No, volume and mass are related but they are not the same. As an example, 1 liter of water has a mass of 1 kg whereas 1 liter of mercury has a much higher mass. Mathematically, Mass divided by volume is equal to density. Mass has units of Kg and volume has units of m3.
Water.
These are different units. Liters is volume (3 dimensions) Kilo is short for kilogram which is mass. If you are measuring water (which conveniently has a density of 1.0) then 1 liter = 1 kilogram But if you have a liter of mercury then 1 liter = 13.6 kilograms
Mercury has a density of 13,6 grams per cubic centimeter. One liter has 1000 cubic centimeters One kilogram has 1000 grams 13,6 * 1000 / 1000 = 13,6 kilograms per liter One liter of mercury has a mass of 13,6 kilograms
0.001
2.2 pounds only if it is one liter of fresh water (mass = 1kg). Liters are units of volume. Pounds are units of mass. You can't convert directly.
It is easiest to observe the volumes of the two and go from there. One liter of water is most easily observed by most students as exactly half of a two liter of soda. Water and soda have a similar density (mass divided by volume) so they will have a similar mass. Then compare the volume of 1 liter to the volume of a dinosaur. I believe even most baby dinosaurs were larger than a liter. Take into account that most land animals alive will have a density not too far from water (some people float and some sink). The animals that have a density that differs greatly from water will more often than not have a higher density than water and sink. So, because a dinosaur is SIGNIFICANTLY more voluminous than a liter, and we can speculate that they were at least the density of water if not more, its very safe to say that dinosaurs had many times the mass of 1 liter of water.
A liter of water has a mass of about one kg.
-- a liter of baby powder and a liter of concrete -- a quart of air and a quart of mercury
The density of pure water, at 4 deg C and 760 ml of mercury is 999.9720 kg/metre3 so the answer is 0.999 9720 grams or nearly 1 kilogram.
All of them except Mercury, Venus, and Mars.
That completely depends on two things -- whatliquid substance you have, and how much of it you have. For example, if it's pure water and you have one liter of it, then its mass is very close to 1 kilogram. If you have only one-half liter of it, then its mass is one-half kilogram, but if you replace the water with mercury, then its mass is 6.8 kilograms. So you see, it depends on the substance, and the amount of it.